200L Portable Sealed Pneumatic Mixing Tank for Perfume Production – Explosion Proof

Who the 200L Pneumatic Perfume Mixing Tank Is For

The 200L pneumatic perfume mixing tank is intended for manufacturers who need a sealed vessel for compatible fragrance blending and formulation-defined holding. Its specific role combines pneumatic agitation, a defined batch volume, and an approved mobile arrangement.

Evaluate this model when mixing and holding are the required equipment functions. It should not be selected as a complete perfume treatment system if the process also needs controlled chilling or filtration.

The vessel, agitator, controls, closures, and handling method should be reviewed as one configuration. A sealed tank and a pneumatic drive do not, by themselves, establish every function required by the formulation or installation.

Separate Mixing and Maturation from Chilling and Filtration

This tank does not include refrigeration or filter assemblies. It can support the agreed mixing and holding method, but cannot be described as removing haze or performing cold filtration without separately supplied equipment.

If those additional functions are required, review the perfume chilling and filtration machine as a different equipment configuration. Its capacity and treatment functions differ, so it is not a like-for-like substitute.

Define which operations happen in this vessel and which occur elsewhere. This prevents a mixing-tank quotation from being interpreted as the scope of a complete treatment line.

Evaluate the Sealed Arrangement Against an Open Tank

The sealed configuration should serve the intended charging, mixing, sampling, and holding method. Confirm the lid, closure seals, access, and pressure-equalization provisions rather than assuming that all sealed vessels operate in the same way.

For an alternative construction reference, review the open-top electric-heating mixing tank. It differs in material, capacity, heating, drive, and access arrangement; its availability does not establish suitability for a particular perfume.

A sealed lid does not prove vapor-tight performance, elimination of ingredient loss, vacuum capability, or permitted pressure operation. Any such requirement needs explicit specification and verification.

Plan the Batch and Holding Schedule Separately

The supplied batch capacity is 200L within a 240L tank. Keep these figures separate when defining charges and the required operating space.

The minimum useful batch has not been specified. Confirm effective agitation at the smallest quantity the factory intends to process rather than applying a generic percentage of tank volume.

Holding time also affects vessel availability. If maturation occupies the tank between mixing operations, the equipment schedule must account for that period. Do not calculate daily production from nominal capacity or agitation time alone.

There is no universal 24–48-hour requirement for every perfume. Agree the formulation-specific conditions and the method used to release the batch for the next operation.

Specify the Pneumatic Supply and Exhaust Arrangement

The listed air-pressure range applies to the agitation drive. Confirm the required flow, supply conditioning, motor instructions, and exhaust arrangement before selecting the compressor or associated equipment.

Review supporting utility systems against the installed motor and the site’s other air demand. Do not size the supply from pressure alone.

Lubrication and exhaust requirements depend on the selected motor. Do not assume that every air motor requires the same treatment equipment or that a particular lubrication practice can be copied from another manufacturer’s instructions.

The product chamber remains a separate consideration. Motor supply pressure is not an allowable tank pressure.

Define PLC and Manual Pneumatic Control as Distinct Configurations

A PLC can support the functions specifically included in the agreed control scope. Establish which commands it provides, how the pneumatic drive is operated, and which actions remain manual.

Recipe management, automatic additions, data recording, speed feedback, and automatic transfer have not been established. They should not be inferred from the presence of a PLC.

Where manual pneumatic semi-automatic operation is selected, document the operator sequence and supplied controls. If both control methods are required, define their relationship and permitted modes rather than assume unrestricted switching.

Any electrical controls and accessories must be reviewed for their intended location. A pneumatic agitator does not extend its configuration description automatically to the PLC or the complete workstation.

Review Product-Contact Materials and Seals

SUS316L is specified for fluid-contact zones. Confirm the complete wetted arrangement, including the agitator, shaft, closure seals, sampling or transfer connections, and any valve components actually supplied.

The 304 versus 316L stainless steel guide provides supporting material-selection context. Stainless steel grade alone does not establish compatibility of every elastomer or contacted component.

Review seal materials against the actual formulation and cleaning agents. A general description such as “suitable for perfume” should not replace an identifiable component specification.

Plan Sampling, Recovery, and Transfer

Define how samples are collected, how the batch is released, and how product leaves the vessel. The supplied information does not identify the discharge valve, connection standard, or transfer pump.

Account for sampled and retained material when assessing recovered output. The product recovery guide provides related considerations without establishing zero retained product or a particular recovery rate.

If pump transfer is required, use the pump selection guide as a supporting resource, then assess the actual formulation, operating environment, connections, and receiving equipment.

Do not pressurize the sealed tank as an improvised discharge method. Permitted product-chamber conditions must come from the approved equipment documentation.

Match the Handover to the Filling Workstation

The tank’s role ends at the agreed product handover. It does not include bottle feeding, filling, crimping, or collar pressing.

For a separate filling-machine option, review the semi-automatic rotary vacuum perfume filler. Confirm bottle compatibility, feeding responsibilities, product supply, and the required operating environment separately.

For a different filling and closing arrangement, review the magnetic-pump filling and bottle-capping machine. Its listing does not establish automatic compatibility with this tank or suitability for every fragrance formulation.

Compare the actual workstation requirements rather than treating the tank and downstream machines as an automatically synchronized line.

Include Cleaning and Mobility in the Operating Method

The sealed arrangement needs a defined cleaning and inspection method. No automatic CIP system has been confirmed, and the closure should not obstruct access required by the approved procedure.

The hygienic equipment design guide provides related context for contacted surfaces and accessible details. The final method must address the actual agitator, shaft, seals, and product connections.

Repositioning also requires an approved condition for product load, isolation, disconnection, and restraint. The equipment installation guide provides supporting planning context.

Agree the Complete Configuration Before Purchase

• Confirm the required batch range and formulation characteristics
• Identify the pneumatic motor and agitator arrangement
• Define the PLC functions or manual pneumatic operating scope
• Confirm product-contact seals and closure details
• Record compressed-air consumption and support requirements
• Define sampling, holding, transfer, and cleaning methods
• Confirm permitted movement and operating-position arrangements
• Keep chilling, filtration, and downstream packaging scope separate
• Review the complete installation against the intended environment

StriversMachinery manufactures core equipment in-house and sources complementary equipment from long-term partner manufacturers, taking responsibility for complete production line integration and delivery. The manufacturing and integrated-supply explanation provides further context.